MEP Coordination and Clash Detection Services

• We develop precise, data-rich 3D models of all Mechanical Drafting (HVAC), Electrical Drafting, and Plumbing systems with meticulous detail.
• Our MEP 3D modeling includes accurate representations of ductwork, piping, conduits, cable trays, and all major equipment.
• We embed critical information, such as material specifications, clearances, and insulation thicknesses, directly into the model.
• The models serve as the foundational "digital twin" for all subsequent clash detection services and coordination efforts.

• Our team runs systematic interference checks as the core of our MEP coordination and Clash Detection.

• We utilize industry-leading software to generate detailed clash reports, categorizing conflicts by trade, location, and severity.
• We facilitate collaborative resolution meetings, proposing and modeling viable rerouting or resizing options.
• This proactive approach to clash detection services resolves issues in the model, not on the construction site.

• We produce a complete set of coordinated, installation-ready drawings that reflect the fully resolved BIM model.
• These drawings are a key deliverable of our MEP coordination and Clash Detection services.
• We create annotated drawings that clearly define installation heights, equipment locations, and service access zones.
• Our drawings eliminate ambiguity and provide field teams with a clear, unified roadmap for installation.

• Our MEP coordination and Clash Detection process extends beyond MEP to include full integration with architectural and structural models.
• We coordinate ceiling voids, riser shafts, and plant rooms to ensure all disciplines coexist harmoniously.
• We facilitate optimized installation sequencing, allowing multiple trades to work efficiently in the same area without conflict.

• Upon project completion, we update the coordinated model to reflect all on-site changes and as-built conditions.
• This final as-built bim model serves as an accurate digital record of the completed facility.
• We can embed asset data and O&M information, providing a valuable tool for lifecycle facility management.

The primary goal of MEP coordination and Clash Detection is to digitally build and validate a project before physical construction begins, finding and fixing all conflicts to ensure a smooth, cost-effective process.

A "hard clash" is a direct physical conflict where two objects occupy the same space (e.g., a pipe running through a beam). A "soft clash" or "clearance clash" is a violation of a required spatial or geometric tolerance, such as the required maintenance access space around a piece of equipment. Our clash detection services identify both.

Our primary toolset includes Autodesk Revit for MEP 3D modeling, Autodesk Navisworks Manage for advanced clash detection services, and Solibri for quality and compliance checking. We also use cloud platforms like BIM 360 for seamless collaboration with the entire project team.

MEP coordination drawings are a set of composite construction documents derived from the final, clash-resolved 3D model. They show how all building services are integrated and routed in relation to each other and the building structure, providing a clear guide for installation teams.

The timeline for MEP coordination and Clash Detection depends on project complexity but typically ranges from 3 to 16 weeks.

Absolutely. We often create a 3D model of the existing conditions from laser scans (Scan-to-BIM) and then coordinate the new MEP systems within that context. This is crucial for avoiding conflicts with existing structures and services in renovation projects.

Key deliverables include a clash-free federated 3D model (NWD/IFC), a complete set of 2D MEP coordination drawings (PDF/DWG), detailed clash reports documenting the resolution process, and an updated as-built model upon project completion.

It dramatically reduces costs by virtually eliminating the need for on-site rework and change orders caused by system clashes. It also allows for more prefabrication, reduces material waste, and accelerates the construction schedule, all of which lead to significant financial savings.

Yes. True BIM MEP coordination involves integrating with all relevant disciplines. We routinely coordinate with fire protection, structural steel, architectural finishes, and even specialized equipment vendors to ensure a holistically integrated building design.

As a neutral third-party coordinator, our role is to facilitate data-driven decisions. We present the conflict, propose multiple viable solutions based on engineering principles and best practices, and help the project team arrive at the most efficient and cost-effective resolution for the project as a whole.